Oakley
Proven OTG Replacement Lens - Iridium

Oakley Proven OTG Replacement Lens - Iridium

The choice is simple. Either own an obscene number of Goggles so you’re ready for any light condition or take advantage of the interchangeable lens design of the Proven™ MX Goggle and the Proven OTG™ MX Goggle.

Just remember the age-old maxim, “adapt, survive and conquer.” Especially the last part.

These lenses are engineered with the comfort of venting and the performance of anti-fog treatment. Multiple colour options are available and each one offers the UV filtering and impact protection of durable, scratch-resistant Laxan®. Choose the colour that fits the environment and give your eyes the best possible range of vision. When light changes, you’ll be able to keep up with the sun and surpass the competition.

Features:

High Definition Optics® (HDO®): A collection of patented technologies that allow Oakley eyewear to meet or exceed the testing standards of the American National Standards Institute for optical clarity, visual fidelity, and impact resistance.

UV Protection: Eye damage attributed to ultraviolet light includes cataracts, pterygium and macular degeneration. Our Plutonite® lens material filters out 100% of all UVA, UVB, UVC and harmful blue light up to 400nm. The protection is from the lens material itself.

Impact Protection: Backed by decades of innovation, Oakley performance eyewear offers uncompromising protection against high-velocity and high-mass impact. The protection is a benefit of the premium materials and unique architectures of Oakley lens/frame combinations.

Plutonite Lens: One of the most optically pure materials used in eyewear today, it maximizes clarity and impact resistance while filtering out 100% of all UVA, UVB, UVC and harmful blue light up to 400nm. Not a coating, the UV protection is from the lens material itself.

Iridium: Designed to balance light transmission and reduce glare, this premium lens coating is made with superheated metal oxides. It is available in a spectrum of colours for optimizing vision in virtually any light condition.